package com.sduept.i1.model;

// 覆冰及不均衡张力差数据报
public class IcingData {
	private String componentId; // 被检测设备ID
	private int timeStamp; // 采集时间
	private float equalIceThickness; // 等值覆冰厚度
	private float tension; // 综合悬挂载荷
	private float tensionDifference; // 不均衡张力差
	private byte tSensorNum; // 安装的拉力传感器个数
	private float[]  originalTensions; // 第n个传感器的原始拉力值
	private float[] windageYawAngles; // 第n个传感器的绝缘子串风偏角
	private float[] deflectionAngles; // 第n个传感器的绝缘子串偏斜角
	
	public String getComponentId() {
		return componentId;
	}
	public void setComponentId(String componentId) {
		this.componentId = String.format("%-17s", componentId);
	}
	public int getTimeStamp() {
		return timeStamp;
	}
	public void setTimeStamp(int timeStamp) {
		this.timeStamp = timeStamp;
	}
	public float getEqualIceThickness() {
		return equalIceThickness;
	}
	public void setEqualIceThickness(float equalIceThickness) {
		this.equalIceThickness = equalIceThickness;
	}
	public float getTension() {
		return tension;
	}
	public void setTension(float tension) {
		this.tension = tension;
	}
	public float getTensionDifference() {
		return tensionDifference;
	}
	public void setTensionDifference(float tensionDifference) {
		this.tensionDifference = tensionDifference;
	}
	public byte gettSensorNum() {
		return tSensorNum;
	}
	public void settSensorNum(byte tSensorNum) {
		this.tSensorNum = tSensorNum;
	}
	public float[] getOriginalTensions() {
		return originalTensions;
	}
	public void setOriginalTensions(float[] originalTensions) {
		this.originalTensions = originalTensions;
	}
	public float[] getWindageYawAngles() {
		return windageYawAngles;
	}
	public void setWindageYawAngles(float[] windageYawAngles) {
		this.windageYawAngles = windageYawAngles;
	}
	public float[] getDeflectionAngles() {
		return deflectionAngles;
	}
	public void setDeflectionAngles(float[] deflectionAngles) {
		this.deflectionAngles = deflectionAngles;
	}
	
	
	
}
